Mastering Digital Circuit Design

To master in designing of digital ciruits. This course is specifically designed to help everyone from absolute beginners to experts to learn (or brush up) about combinational and sequential logics and design them.

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Learn through our Scientifically Designed & Proven 5 Step Practice Oriented Learning Process
Mastering Digital Circuit Design
Includes
• 6 Hrs of lecture Videos
• 175 knowledge based questions
• Course Completion Certificate

This course helps you to understand the concepts of Digital Design. This course provides an introduction to logic design and the basic building blocks used in digital systems. It starts with a discussion of combinational logic, logic gates, minimization techniques, arithmetic circuits.

Course Objectives

Upon successful completion of the course, the learner will be able to

• Designing a digital Systems.

• Boolean Algebra.

• Logic Gates (OR,AND,NOT,NAND,NOR,XOR,XNOR).

• k-map, Gate level Minimization and simplification.

• Design of Combinational logic design.

• Design of Sequential Circuits.

• State diagram & State Table.

• Mealy & Moore Model.

Course Content
##### Introduction to Logic Gates

Welcome! In this module you will be introduced to one of the basic elements of any digital system logic gates. You will be learning about the different logic gates that are available.

• 2 Videos
• 1 Hrs 15 Mins
• 15 Problems
##### Minimization Techniques

In this module you will learn about some of the boolean postulates and laws that will help you to minimize a logical expression. By minimizing the logical expression you are effectively reducing the cost and power consumption of an IC.

• 2 Videos
• 1 Hrs 15 Mins
• 25 Problems
##### Karnaugh Map Minimization

By this time you will be familiar with logic and boolean expression. Karnaugh map in one of the methods to simplify the logical expression. In this module you will learn about how to get a simplified logical expression of a digital system.

• 2 Videos
• 1 Hrs 15 Mins
• 15 Problems
##### Combinational Circuits Design - I

In this module you will learn to design some of the basic combinational designs such as half adder,full adder. You will learn to solve a circuit in a procedural way.

• 2 Videos
• 1 Hrs 15 Mins
• 15 Problems
##### Combinational Circuits Design - II

In this module you will learn about some of the combinational circuit like MUX,DEMUX etc. You will also learn to solve some of the real time problems.

• 2 Videos
• 1 Hrs 15 Mins
• 15 Problems
##### Combinational Circuits Design - III

In this module you will solve some of the real time problems. This will help you think more logically and provide a solution to all digital problems.

• 1 Videos
• 15 Mins
• 15 Problems
##### Code Converters

In this module you will learn about Code Converters which forms an integral part in encoding & decoding techniques.

• 2 Videos
• 1 Hrs 15 Mins
• 15 Problems
##### Sequential Circuits Design - Flipflops

In this module, You will learn about Sequential Circuit, How Sequential circuits and various simple latches and flip-flops are designed and implemented.

• 2 Videos
• 1 Hrs 15 Mins
• 15 Problems
##### Sequential Circuits Design - Shift Registers

In this module, you will learn about SIPO,SISO,PISO,PIPO and how to design and implement it.

• 2 Videos
• 1 Hrs 15 Mins
• 15 Problems
##### Sequential Circuits Design - Counters

In this module you will learn a little more deep in sequential designs. Counters form an integral part in any digital system.

• 2 Videos
• 1 Hrs 15 Mins
• 15 Problems
##### FSM

In this module, you will learn about Finite State Machine and implementation of MOORE and MEALY module

• 1 Videos
• 15 Mins
• 15 Problems
You will Learn through our Scientifically Designed & Proven 5 Step Practice Oriented Learning Process
iLearn
In this session, you will find video lectures and other resources to learn the concepts.
iDesign
In this session, you will start designing and creating your own programs.
iExplore
In this session, you will find interesting set of activities which will make you explore more on the specific topic.
iAssess
In this session, you will have activities to self assess your knowledge and skills on the specific topic.
iAnalyse
In this session, you will find varieties of exercises to improve your code analysis, testing and debugging skills.
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